WAYS OF ENERGY SAVING OF ENGINEERING MICROCLIMATE SYSTEMS OF BUILDINGS

Abstract

At present, a modern room is a complex technical system which should take into account and mutually take into account not only the energy efficiency requirements of engineering systems, but also ensuring the internal climate of the premises. Reducing energy consumption in buildings and improving energy efficiency are being considered various energy saving measures aimed at the efficient use of energy in buildings and engineering systems. In Kazakhstan, over the past decades, there have been changes in the regulatory requirements for energy efficiency and energy saving of buildings. A number of regulations have been adopted associated with improving the energy efficiency of not only newly constructed buildings and structures, but also operated buildings, as well as with the development and implementation of new principles and systems life support, that is, the creation and maintenance of a microclimate. of world and domestic experience, it follows that at present there is an active development of energy-saving engineering systems for the microclimate of buildings. Projects are included energy-saving measures in microclimate systems that provide the specified values ​​of energy indicators of the microclimate of the room at minimal energy consumption. From of the foregoing follows the relevance of the issue that the energy consumption of supply systems microclimate as a whole can be reduced by combining all engineering devices and technologies for reducing energy consumption to a level at which the required microclimate parameters are maintained in room. This is possible when assessing the effectiveness of microclimate systems and the availability automated control systems.